ZEROBASE

The ZEROBASE network has recently completed a major global node upgrade, further advancing the performance, reliability, and decentralization of ZEROBASE network.

This upgrade introduced and deployed new Prover nodes across multiple global regions, including Singapore, Paris, Tokyo, Seoul, Virginia, Sydney, Hong Kong, São Paulo, and Dubai, achieving coverage across Asia, Europe, North America, South America, Oceania, and the Middle East.

ZEROBASE operates a network architecture centered around a global Hub (combining Proving Router and Gateway functions), while Prover nodes run within Trusted Execution Environments (TEE) to generate proofs. This upgrade represents a further global expansion of that architecture.

With Prover nodes now located closer to users and applications, proof requests can be processed locally. Cross-region round-trip latency has been significantly reduced, reaching double-digit millisecond levels in certain scenarios. In parallel, multi-node proof generation has substantially increased overall network throughput.

The broader geographic distribution also strengthens decentralization. Even if specific regions experience latency or restrictions, nodes in other locations continue to operate, improving network stability and resilience.

This upgrade also lays a stronger foundation for composable ZK services. Developers can seamlessly integrate ZEROBASE’s proving capabilities across modules, enabling tighter interoperability between services such as zkLogin and zkStaking.

ZEROBASE is evolving into a foundational verifiable execution network for a wide range of ZK applications, including zkStaking, zkLogin, zkDarkPool, and Verifiable Vaults.

The global node network upgrade has now entered a phase of stable operation and parameter optimization, as ZEROBASE prepares for the next stage of large-scale application load.

Additional details will be released through official documentation for node operators and developers.